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Mahapatra, D Roy and Sinha, N and Melnik, RVN and Yeow, JT W (2008) Field Emission Properties of Carbon Nanotube Arrays with Defects and Impurities. In: Nanotechnology Conference and Trade Show (Nanotech 2008), JUN 01-05, 2008, Boston, MA, pp. 729-732.
Pradeep, CS and Sinha, N and Mukhopadhyay, B (2023) Measuring Deviation from Stochasticity in Time-Series Using Autoencoder Based Time-Invariant Representation: Application to Black Hole Data. In: UNSPECIFIED.
Maharathy, SP and Godbole, RM and Mandal, S and Mitra, M and Sinha, N (2022) Interference Effect in LNV and LNC Meson Decays for Left-Right Symmetric Model. In: 24th DAE-BRNS High Energy Physics Symposium, 2020, 14 - 18 December 2020, Jatni, pp. 243-246.
Prasad, J and Jain, T and Sinha, N and Rai, S (2020) Load Shifting Based DSM Strategy for Peak Demand Reduction in a Microgrid. In: 2020 International Conference on Emerging Frontiers in Electrical and Electronic Technologies, ICEFEET 2020, 10-11 July 2020, Patna; India.
Roy D, Mahapatra and Anand, SV and Sinha , N and Melnik, RVN (2009) Stabilizing a pulsed field emission from an array of carbon nanotubes. In: SPIE Naniscience and Engineering Conference, 2-6 August, 2009,, San Diego, California, USA.
Mahapatra, DR and Anand, SV and Sinha, N and Melnik, RVN (2009) Enhancing field emission from a carbon nanotube array by lateral control of electrodynamic force field. In: Nanotech, 01-05 Jun 2008, Boston.
Mahapatra, D Roy and Anand, SV and Sinha, N and Melnik, RVN (2009) High Resolution Surface Imaging Using a Carbon Nanotube Array with Pointed Height distribution. In: Nanotech 2009 Conference, MAY 03-07, 2009, Houston, pp. 310-313.
Sinha, N and Mahapatra, DR and Yeow, JTW and Melnik, RVN (2008) Multi-Mode Phonon-Controlled Field Emission from Carbon Nanotubes: Modeling and Experiments. In: Proc. of the 2007 7th IEEE International Conference on Nanotechnology, Hong Kong, August 02-05, 2-5 Aug. 2007, Hong Kong.
Mahapatra, Roy D and Sinha, N and Anand, SV and Krishnan, R and Vikram, NV and Melnik, RVN and Yeow, JTW (2008) Design Optimization of Field Emission From A Stacked Carbon Nanotube Array. In: Nanotechnology Conference and Trade Show, JUN 01-05, 2008, Boston.
Mahapatra, Roy D and Sinha, N and Melnik, R and Yeow, JTW (2008) Field emission properties of carbon nanotube arrays with defects and impurities. In: NSTI Nanotech Conf., Boston, Massachusetts, Waterloo, CA.
Sinha, N and Roy Mahapatra, D and Yeow, JTW and Melnik, R (2007) Modeling the Field Emission Current Fluctuation in Carbon Nanotube Thin Films. In: NSTI Nanotech 2007 Conf., May 20-24, 2007, Santa Clara, CA, USA, May 20-24, 2007, Santa Clara, CA.
Neelavannan, K and Sen, IS and Sinha, N and Thakur, AK and Misra, S (2023) Microplastics in the Ganga-Brahmaputra delta: Sources and Pathways to the Sundarbans Biosphere Reserve - an UNESCO World Heritage Centre. In: Environmental Advances, 11 .
Agostini, P and Aksakal, H and Alekhin, S and Allport, PP and Andari, N and Andre, KDJ and Angal-Kalinin, D and Antusch, S and Bella, LA and Apolinario, L and Apsimon, R and Apyan, A and Arduini, G and Ari, V and Armbruster, A and Armesto, N and Auchmann, B and Aulenbacher, K and Azuelos, G and Backovic, S and Bailey, I and Bailey, S and Balli, F and Behera, S and Behnke, O and Ben-Zvi, I and Benedikt, M and Bernauer, J and Bertolucci, S and Biswal, SS and Blümlein, J and Bogacz, A and Bonvini, M and Boonekamp, M and Bordry, F and Boroun, GR and Bottura, L and Bousson, S and Bouzas, AO and Bracco, C and Bracinik, J and Britzger, D and Brodsky, SJ and Bruni, C and Brüning, O and Burkhardt, H and Cakir, O and Calaga, R and Caldwell, A and Calıskan, A and Camarda, S and Catalan-Lasheras, NC and Cassou, K and Cepila, J and Cetinkaya, V and Chetvertkova, V and Cole, B and Coleppa, B and Cooper-Sarkar, A and Cormier, E and Cornell, AS and Corsini, R and Cruz-Alaniz, E and Currie, J and Curtin, D and Dâ��Onofrio, M and Dainton, J and Daly, E and Das, A and Das, SP and Dassa, L and de Blas, J and Rose, LD and Denizli, H and Deshpande, KS and Douglas, D and Duarte, L and Dupraz, K and Dutta, S and Efremov, AV and Eichhorn, R and Eskola, KJ and Ferreiro, EG and Fischer, O and Flores-Sánchez, O and Forte, S and Gaddi, A and Gao, J and Gehrmann, T and Gehrmann-De Ridder, A and Gerigk, F and Gilbert, A and Giuli, F and Glazov, A and Glover, N and Godbole, RM and Goddard, B and Gonçalves, V and Gonzalez-Sprinberg, GA and Goyal, A and Grames, J and Granados, E and Grassellino, A and Gunaydin, YO and Guo, YC and Guzey, V and Gwenlan, C and Hammad, A and Han, CC and Harland-Lang, L and Haug, F and Hautmann, F and Hayden, D and Hessler, J and Helenius, I and Henry, J and Hernandez-Sanchez, J and Hesari, H and Hobbs, TJ and Hod, N and Hoffstaetter, GH and Holzer, B and Honorato, CG and Hounsell, B and Hu, N and Hug, F and Huss, A and Hutton, A and Islam, R and Iwamoto, S and Jana, S and Jansova, M and Jensen, E and Jones, T and Jowett, JM and Kaabi, W and Kado, M and Kalinin, DA and Karadeniz, H and Kawaguchi, S and Kaya, U and Khalek, RA and Khanpour, H and Kilic, A and Klein, M and Klein, U and Kluth, S and Köksal, M and Kocak, F and Korostelev, M and Kostka, P and Krelina, M and Kretzschmar, J and Kuday, S and Kulipanov, G and Kumar, M and Kuze, M and Lappi, T and Larios, F and Latina, A and Laycock, P and Lei, G and Levitchev, E and Levonian, S and Levy, A and Li, R and Li, X and Liang, H and Litvinenko, V and Liu, M and Liu, T and Liu, W and Liu, Y and Liuti, S and Lobodzinska, E and Longuevergne, D and Luo, X and Ma, W and Machado, M and Mandal, S and Mäntysaari, H and Marhauser, F and Marquet, C and Martens, A and Martin, R and Marzani, S and McFayden, J and McIntosh, P and Mellado, B and Meot, F and Milanese, A and Milhano, JG and Militsyn, B and Mitra, M and Moch, S and Najafabadi, MM and Mondal, S and Moretti, S and Morgan, T and Morreale, A and Nadolsky, P and Navarra, F and Nergiz, Z and Newman, P and Niehues, J and Nissen, EA and Nowakowski, M and Okada, N and Olivier, G and Olness, F and Olry, G and Osborne, JA and Ozansoy, A and Pan, R and Parker, B and Patra, M and Paukkunen, H and Peinaud, Y and Pellegrini, D and Perez-Segurana, G and Perini, D and Perrot, L and Pietralla, N and Pilicer, E and Pire, B and Pires, J and Placakyte, R and Poelker, M and Polifka, R and Polini, A and Poulose, P and Pownall, G and Pupkov, YA and Queiroz, FS and Rabbertz, K and Radescu, V and Rahaman, R and Rai, SK and Raicevic, N and Ratoff, P and Rashed, A and Raut, D and Raychaudhuri, S and Repond, J and Rezaeian, AH and Rimmer, R and Rinolfi, L and Rojo, J and Rosado, A and Ruan, X and Russenschuck, S and Sahin, M and Salgado, CA and Sampayo, OA and Satendra, K and Satyanarayan, N and Schenke, B and Schirm, K and Schopper, H and Schott, M and Schulte, D and Schwanenberger, C and Sekine, T and Senol, A and Seryi, A and Setiniyaz, S and Shang, L and Shen, X and Shipman, N and Sinha, N and Slominski, W and Smith, S and Solans, C and Song, M and Spiesberger, H and Stanyard, J and Starostenko, A and Stasto, A and Stocchi, A and Strikman, M and Stuart, MJ and Sultansoy, S and Sun, H and Sutton, M and Szymanowski, L and Tapan, I and Tapia-Takaki, D and Tanaka, M and Tang, Y and Tasci, AT and Ten-Kate, AT and Thonet, P and Tomas-Garcia, R and Tommasini, D and Trbojevic, D and Trott, M and Tsurin, I and Tudora, A and Cakir, IT and Tywoniuk, K and Vallerand, C and Valloni, A and Verney, D and Vilella, E and Walker, D and Wallon, S and Wang, B and Wang, K and Wang, K and Wang, X and Wang, ZS and Wei, H and Welsch, C and Willering, G and Williams, PH and Wollmann, D and Xiaohao, C and Xu, T and Yaguna, CE and Yamaguchi, Y and Yamazaki, Y and Yang, H and Yilmaz, A and Yock, P and Yue, CX and Zadeh, SG and Zenaiev, O and Zhang, C and Zhang, J and Zhang, R and Zhang, Z and Zhu, G and Zhu, S and Zimmermann, F and Zomer, F and Zurita, J and Zurita, P (2021) The Large Hadron–Electron Collider at the HL-LHC. In: Journal of Physics G: Nuclear and Particle Physics, 48 (11).
Godbole, RM and Maharathy, SP and Mandal, S and Mitra, M and Sinha, N (2021) Interference effect in lepton number violating and conserving meson decays for a left-right symmetric model. In: Physical Review D, 104 (9).
Mahapatra, Roy D and Sinha, N and Melnik, RVN (2011) Degradation and Failure of Field Emitting Carbon Nanotube Arrays. In: Journal of Nanoscience and Nanotechnology, 11 (5). pp. 3911-3915.
Jayanthi, S and Sinha, N and Ramanathan, KV (2010) 2(4)-SEMA as a sensitive and offset compensated SLF sequence. In: Journal of Magnetic Resonance, 207 (2). pp. 206-212.
Mahapatra, D Roy and Sinha, N and Yeow, JTW and Melnik, R (2008) Field emission from strained carbon nanotubes on cathode substrate. In: Applied Surface Science, 255 (5, Par). pp. 1959-1966.
Mahapatra, Roy D and Sinha, N and Yeow, JTW and Melnik, R (2008) Field emission from strained carbon nanotubes on cathode substrate. In: Applied Surface Science, 255 (5, Par). pp. 1959-1966.
Das, Bibhuti B and Sinha, N and Ramanathan, KV (2008) The utility of phase alternated pulses for the measurement of dipolar couplings in 2D-SLF experiments. In: Journal of Magnetic Resonance, 194 (2). pp. 237-244.
Sinha, N and Mahapatra, D Roy and Sun, Y and Yeow, JTW and Melnik, RVN and Jaffray, DA (2008) Electromechanical interactions in a carbon nanotube based thin film field emitting diode. In: Nanotechnology, 19 (2).
Dighe, Amol and Kundu, Anirban and Agashe, K and Anantanarayan, B and Chandra, A and Datta, A and Das, PK and Das, SP and Dighe, A and Forty, R and Ghosh, DK and Keum, YY and Kundu, A and Mahajan, N and Majhi, S and Mazumdar, K and Mehta, P and Nir, Y and Saha, JP and Singh, R and Sinha, N and Sinha, R and Soni, A and Sankar, Uma S and Vaidya, R (2004) Working group report: Low energy and flavour physics. In: Pramana-Journal of Physics, 63 (6). pp. 1359-1365.
Kumar, Anil and Ramanathan, KV and Mahesh, TS and Sinha, N and Murali, KVR (2002) Developments in quantum information processing by nuclear magnetic resonance: Use of quadrupolar and dipolar couplings. In: Pramana - Journal of Physics, 59 (2). pp. 243-254.
Berdague, P and Judeinstein, P and Bayle, JP and Nagaraja, CS and Sinha, N and Ramanathan, KV (2001) Ordering of some liquid crystals containing the 2-phenylindazole core. In: Liquid Crystals, 28 (2). pp. 197-205.
